We have studied the possibility of continuous particulate monitoring, by an optical system, on the filters of a two-stage streaker sampler. The streaker deposits, collected for PIXE analysis, have been examined off-line by measuring the attenuation of a light beam. The optical analysis provides, in a few minutes, an estimate of hourly total mass concentrations, over a one week period, for both stages, very useful as a selection for further PIXE irradiation. We describe the set-up and the calibration procedures, where PIXE plays a fundamental role in resolving different aerosol compositions and in validating the prototype performance, The results obtained over 2 weeks of operation and the comparison with the aerosol component determined via PIXE analysis, are also discussed.

Hourly measurement of particulate concentrations with streaker samplers and optical methods / E. Filippi; P. Prati; A. Zucchiatti;F. Lucarelli; V. Ariola; P.Corvisiero. - In: NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH. SECTION B, BEAM INTERACTIONS WITH MATERIALS AND ATOMS. - ISSN 0168-583X. - STAMPA. - 150:(1999), pp. 370-374. [10.1016/S0168-583X(98)01075-1]

Hourly measurement of particulate concentrations with streaker samplers and optical methods

LUCARELLI, FRANCO;
1999

Abstract

We have studied the possibility of continuous particulate monitoring, by an optical system, on the filters of a two-stage streaker sampler. The streaker deposits, collected for PIXE analysis, have been examined off-line by measuring the attenuation of a light beam. The optical analysis provides, in a few minutes, an estimate of hourly total mass concentrations, over a one week period, for both stages, very useful as a selection for further PIXE irradiation. We describe the set-up and the calibration procedures, where PIXE plays a fundamental role in resolving different aerosol compositions and in validating the prototype performance, The results obtained over 2 weeks of operation and the comparison with the aerosol component determined via PIXE analysis, are also discussed.
1999
150
370
374
E. Filippi; P. Prati; A. Zucchiatti;F. Lucarelli; V. Ariola; P.Corvisiero
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/778198
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